CN105468362B - Using dispositions method and cloud computing system - Google Patents
Using dispositions method and cloud computing system Download PDFInfo
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- CN105468362B CN105468362B CN201510796581.9A CN201510796581A CN105468362B CN 105468362 B CN105468362 B CN 105468362B CN 201510796581 A CN201510796581 A CN 201510796581A CN 105468362 B CN105468362 B CN 105468362B
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F8/00—Arrangements for software engineering
- G06F8/60—Software deployment
- G06F8/61—Installation
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F9/00—Arrangements for program control, e.g. control units
- G06F9/06—Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
- G06F9/46—Multiprogramming arrangements
- G06F9/50—Allocation of resources, e.g. of the central processing unit [CPU]
- G06F9/5061—Partitioning or combining of resources
- G06F9/5077—Logical partitioning of resources; Management or configuration of virtualized resources
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Abstract
The present invention relates to a kind of application dispositions method and cloud computing systems, wherein described method includes following steps: resource management component installs container environment on resource node, and uploads the starting script of preset application runtime environment mirror image and application；After the creation application request of control assembly reception pipe platform, to the resource management component on resource node after sending application deployment request, resource management component searches corresponding application runtime environment mirror image in the container environment, and starts a container；Application message in application deployment request is copied in the container, the starting script is run and disposes the application.Technical solution of the present invention can promote the density using deployment, improve resource utilization.The speed using deployment will be can also be improved using being deployed in container simultaneously.And can directly on host platform load operating application program, decrease the loss of performance.
Description
Technical field
The present invention relates to field of computer technology, more particularly to a kind of application dispositions method and cloud computing system.
Background technique
Cloud computing (Cloud Computing) is grid computing (Grid Computing), distributed computing
(Distributed Computing), parallel computation (Parallel Computing), effectiveness calculate (Utility
Computing), network storage (Network Storage Technologies), virtualization (Virtualization), load
The product of traditional computers technologies such as balanced (Load Balance) and network technical development fusion；It is intended to through network more
The computational entity of a advantage of lower cost is integrated into the perfect system with powerful calculating ability, and by SaaS
(Software-as-a-service)、PaaS(Platform-as-a-Service)、IaaS(Infrastructure as a
Service), the advanced business model such as MSP (Managed Service Provider) is distributed this powerful computing capability
Into terminal user's hand.
In the environment of cloud computing is risen, it is increasingly becoming trend using the mode of (APP) trustship, PaaS platform of increasing income
Cloud Foundry has obtained extensive affirmative, and PaaS service provider makes middle-size and small-size using server platform as a kind of service
Enterprise and ordinary user being capable of rapid deployment, configuration and use applications.In this service mode, user does not need purchase hardware
And software, it is only necessary to utilize PaaS platform system, it will be able to create, test and application deployment and service, platform can be supported
The weblication of the Development Frameworks such as Java EE, php, ruby on rails, python Django, while can be in platform
The upper lifecycle management for completing web application.
And in practical applications, cloud computing platform generally uses virtual machine to be used as using deployed environment, but virtual machine creating
Speed is slow, and performance has certain loss, and server can create virtual machine negligible amounts, low using deployment efficiency and density, virtualization
Performance consume it is larger.
Summary of the invention
Based on this, it is necessary in view of the above technical problems, provide a kind of application dispositions method and cloud computing system, raising are answered
With deployment efficiency and density, while reducing the performance consume of virtualization.
It is a kind of to apply dispositions method, include the following steps:
Resource management component installs container environment on resource node, and uploads preset application runtime environment mirror image and answer
Starting script；
After the creation application request of control assembly reception pipe platform, on resource node after sending application deployment request
Resource management component, resource management component searches corresponding application runtime environment mirror image in the container environment, and starts one
A container；Application message in application deployment request is copied in the container, runs and is answered described in the starting script deployment
With.
A kind of cloud computing system, comprising:
Platform is managed, for receiving the creation application request of user；
The control assembly being mounted in control node, the resource for managing resource node, monitoring resource node use shape
State and the request for handling user；
The resource management component being mounted on resource node for installing container environment on resource node, and uploads pre-
If application runtime environment mirror image and application operation script, receive control assembly send application deployment request, in the appearance
Corresponding application runtime environment mirror image is searched in device environment, and starts a container；By the application message in application deployment request
It copies in the container, runs the starting script and dispose the application.
Above-mentioned application dispositions method and cloud computing system install container environment simultaneously on resource node by resource management component
The starting script of default application runtime environment mirror image and application；It is corresponding according to being searched in container environment after application deployment request
Application runtime environment mirror image copies application message in the container to, and operation directly runs the mirror image i.e. by starting script
Can application deployment, be not necessarily to additionally mounted application environment.Lightweight virtualization scheme of the program based on Process Container, in Yi Taisu
The container process quantity that can star on host is much larger than bootable virtual machine quantity, can promote the density using deployment,
Improve resource utilization.The speed using deployment will be can also be improved using being deployed in container simultaneously.And it can be direct
The load operating application program on host platform decreases the loss of performance.
Detailed description of the invention
Fig. 1 is that the present invention applies dispositions method flow chart；
Fig. 2 is the present invention application dispositions method flow chart of another embodiment；
Fig. 3 is the structural schematic diagram of cloud computing system of the invention；
Fig. 4 is that the cloud computing system of an application example executes work flow diagram；
Fig. 5 is the resource management component of the cloud computing system of an application example and the working principle diagram of control assembly.
Specific embodiment
It is equal with reference to the accompanying drawing that the embodiment of the invention using dispositions method and cloud computing system is described.
Refering to what is shown in Fig. 1, Fig. 1 is that the present invention applies dispositions method flow chart, include the following steps:
S101, resource management component install container environment on resource node；
S102, resource management component upload the starting script of preset application runtime environment mirror image and application；
S103, the creation application request of control assembly reception pipe platform；
S104, to the resource management component on resource node after the deployment request of control assembly sending application；
S105, resource management component searches corresponding application runtime environment mirror image in the container environment, and starts one
A container；
S106, resource management component copies the application message in application deployment request in the container to, described in operation
Start script and disposes the application.
Present invention application dispositions method is installed container environment and default application fortune by resource management component on resource node
The starting script of row environment mirror and application；The ring of application operation accordingly is searched after requesting according to application deployment in container environment
Border mirror image copies application message in the container to, operation by start script directly run the mirror image can application deployment,
Without additionally mounted application environment.Lightweight virtualization scheme of the program based on Process Container, can be on a host
The container process quantity of starting is much larger than bootable virtual machine quantity, can promote the density using deployment, and improving resource makes
Use efficiency.The speed using deployment will be can also be improved using being deployed in container simultaneously.And it can be directly in host platform
Upper load operating application program, decreases the loss of performance.
In one embodiment, refering to what is shown in Fig. 2, Fig. 2 is the present invention application dispositions method flow chart of another embodiment,
Further include following steps after application deployment success:
The newest resource using status information of the resource node is sent to control group by S107, the resource management component
Part；
S108, the resource using status information of control assembly more new record simultaneously show answering for the deployment by managing platform
With.
In one embodiment, as shown in Fig. 2, present invention application dispositions method, can also include the following steps:
S100, the management platform obtain the Apply Names of user's input, the required memory space of setting application, upload and answer
Code file and the solicited message that application runtime environment is set, and it is sent to control assembly.
As an implementation, the control assembly can receive the creation application request of user by management platform,
The code file of application is obtained according to the creation application request；Control assembly record is searched according to the required memory space of application
Resource node resource using status, select to load minimum resource node to be the resource node that application is disposed；And according to generation
Code file requests the resource management component for being sent to the resource node for application deployment is generated.
As an implementation, further, the control assembly by the code file of application and preset can open
Dynamic script, closing script are packaged into applied compression packet；Control assembly record is searched according to the required memory of application, disk size
The qualified resource node of the resource using status of resource node generates application deployment request hair according to the applied compression packet
It is sent to the selected resource management component.
It as an implementation, further, can be according to user after resource management component is received using request is disposed
The application runtime environment of selection searches corresponding application runtime environment mirror image；Pass through the application runtime environment image starting one
Container copies the applied compression packet in application deployment request to specified directory in the container, in container described in decompression
Applied compression packet is searched and runs the starting script and disposes the application.
Refering to what is shown in Fig. 3, Fig. 3 is the structural schematic diagram of cloud computing system of the invention, comprising:
Platform is managed, for receiving the creation application request of user；
The control assembly being mounted in control node, the resource for managing resource node, monitoring resource node use shape
State and the request for handling user；
The resource management component being mounted on resource node for installing container environment on resource node, and uploads pre-
If application runtime environment mirror image and application operation script, receive control assembly send application deployment request, in the appearance
Corresponding application runtime environment mirror image is searched in device environment, and starts a container；By the application message in application deployment request
It copies in the container, runs the starting script and dispose the application.
Cloud computing system of the invention is installed container environment and default application fortune by resource management component on resource node
The starting script of row environment mirror and application；The ring of application operation accordingly is searched after requesting according to application deployment in container environment
Border mirror image copies application message in the container to, operation by start script directly run the mirror image can application deployment,
Without additionally mounted application environment.Lightweight virtualization scheme of the program based on Process Container, can be on a host
The container process quantity of starting is much larger than bootable virtual machine quantity, can promote the density using deployment, and improving resource makes
Use efficiency.The speed using deployment will be can also be improved using being deployed in container simultaneously.And it can be directly in host platform
Upper load operating application program, decreases the loss of performance.
In one embodiment, cloud computing system of the invention, after application deployment success, the resource management component will
The newest resource using status information of resource node is sent to control assembly, and the resource of control assembly more new record uses shape
State information and the application that the deployment is shown by managing platform.
In one embodiment, cloud computing system of the invention, the Apply Names of management platform acquisition user's input,
It is arranged using required memory space, uploads the code file of application and the solicited message of application runtime environment is set, concurrently
It send to control assembly.
As an implementation, cloud computing system of the invention, the creation application that the management platform receives user are asked
It asks；The control assembly obtains the code file of application according to the creation application request；According to using required memory space
The resource using status for searching the resource node of control assembly record selects to load minimum resource node as the money of application deployment
Source node；And the resource management component for being sent to the resource node is requested for application deployment is generated according to code file.
As an implementation, further, cloud computing system of the invention, the control assembly is by the code of application
File and preset starting script, closing script are packaged into applied compression packet；It is searched according to the required memory of application, disk size
The qualified resource node of resource using status of the resource node of control assembly record, generates according to the applied compression packet
The selected resource management component is sent to using deployment request.
As an implementation, further, cloud computing system of the invention, the resource management component receive application section
Administration's request searches corresponding application runtime environment mirror image according to the application runtime environment of user's selection；It is run by the application
Environment mirror starts a container, copies the applied compression packet in application deployment request to specified directory in the container,
The applied compression packet is decompressed in container, is searched and is run the starting script and disposes the application.
In order to be more clear technical solution of the present invention, illustrate that the application an of cloud computing system is real with reference to the accompanying drawing
Example.
The cloud computing system of this example includes control assembly, resource management component and management platform；User can log in pipe
Platform accesses cloud computing system, carries out corresponding operation, such as creation application, management application, monitoring application etc.；Control assembly
It is mounted on control node, is responsible for management resource node, monitors the resource using status of resource node, and handle the various of user and ask
It asks；Resource management component is mounted on resource node, is responsible for the resource of distribution cloud computing system, the container of management application deployment.
Refering to what is shown in Fig. 4, the cloud computing system that Fig. 4 is an application example executes work flow diagram.User login management is flat
The request of creation application is sent to control assembly by platform, management platform, and application deployment request is sent to resource section by control assembly
The resource management component of point, resource management component starting are applied in container (can use Docker container), realize application
Deployment process.
Specifically, refering to what is shown in Fig. 5, Fig. 5 is resource management component and the control of the cloud computing system of an application example
The working principle diagram of component, as follows in detail:
(1) resource management component can install container environment on each resource node, and upload preset application operation ring
The operation script such as border mirror image (such as jdk) and application launch script, closing script；Corresponding mirror image is directly initiated in application deployment
, it is not required to additionally mounted application runtime environment.
(2) user login management platform clicks creation application, and user can input following information:
2.1) unique Apply Names are inputted；
2.2) memory, disk size needed for selection application deployment；
2.3) source directory of the code file of selection application uploads application code for disposing；
2.4) running environment of selection application selects corresponding running environment according to application language used, frame.
(3) after control assembly receives creation application request, following steps can be executed, request is handled:
3.1) code file of application is saved；
3.2) the control script such as application code file and preset starting script, closing script is packaged into a compression
Packet；
3.3) it is searched according to the required memory of application, disk size in the resource node state of control assembly record and meets item
The resource node of part selects to load minimum resource node as the resource node of application deployment；
3.4) application deployment request and its compression package informatin are sent to the resource management component of the resource node.
(4) after the resource management component on resource node is received using deployment request, following steps creation can be executed
Using:
4.1) corresponding application environment is searched according to the application runtime environment of user's selection first and runs mirror image (container mirror
Picture), pass through one container (Container) of the image starting if finding mirror image, otherwise returns to error message；
4.2) compressed package of application deployment is copied to the container of starting according to the compression package informatin in application deployment request
Interior /apps catalogue；
4.3) applied compression packet is decompressed in container, finds preset starting script, operation starting script deployment
Using.
(5) after application deployment success, resource management component is to control assembly sending application deployment success information and newest
Resource using status information, control assembly records the newest use state of resource node, and by management platform to user's exhibition
The application now disposed；Otherwise error message is returned.
In summary application example, can by resource control components using container be used as using deployed environment rather than it is empty
Quasi- machine directly initiates corresponding mirror image in application deployment using preset application runtime environment mirror image, is not required to additionally mounted
Application runtime environment.
On the one hand, since Process Container (such as Docker container) constructs on LXC, it is based on Process Container
The lightweight virtualization scheme of (Process Container), therefore, the container process number that can star on a host
Amount is much larger than bootable virtual machine quantity, to improve the density using deployment, improves resource utilization.
On the other hand, it is deployed in container by that will apply, rather than in traditional virtual machine environment, corresponding virtual machine
Heavyweight virtualization scheme, Process Container can with the second grade speed creation container (Container) be used for application deployment, from
And the speed using deployment is improved, virtual machine operates in whole operation system on virtual hardware platform, and then provides
Whole running environment is run for application program, and the then load operating application directly on host platform of the Process Container in the present invention
Program reduces the loss of performance.
Each technical characteristic of embodiment described above can be combined arbitrarily, for simplicity of description, not to above-mentioned reality
It applies all possible combination of each technical characteristic in example to be all described, as long as however, the combination of these technical characteristics is not deposited
In contradiction, all should be considered as described in this specification.
The embodiments described above only express several embodiments of the present invention, and the description thereof is more specific and detailed, but simultaneously
It cannot therefore be construed as limiting the scope of the patent.It should be pointed out that coming for those of ordinary skill in the art
It says, without departing from the inventive concept of the premise, various modifications and improvements can be made, these belong to protection of the invention
Range.Therefore, the scope of protection of the patent of the invention shall be subject to the appended claims.
Claims (10)
1. a kind of apply dispositions method, which comprises the steps of:
Resource management component installs container environment on resource node, and uploads preset application runtime environment mirror image and application
Start script；
After the creation application request of control assembly reception pipe platform, to the resource on resource node after sending application deployment request
Management assembly, resource management component search corresponding application runtime environment mirror image in the container environment, and start an appearance
Device；Application message in application deployment request is copied in the container, the starting script is run and disposes the application；
Wherein, the control assembly obtains the code file of application according to the creation application request；It is deposited according to application is required
The resource using status for storing up the resource node of spatial lookup control assembly record selects to load minimum resource node to be application section
The resource node of administration；And the resource management component for being sent to the resource node is requested for application deployment is generated according to code file.
2. according to claim 1 apply dispositions method, which is characterized in that after application deployment success, the resource pipe
It manages component and the newest resource using status information of the resource node is sent to control assembly, the money of control assembly more new record
Source use state information and the application that the deployment is shown by managing platform.
3. according to claim 1 apply dispositions method, which is characterized in that the control assembly is received by management platform
The creation application request of user.
4. according to claim 3 apply dispositions method, which is characterized in that the control assembly is by the code file of application
Applied compression packet is packaged into preset starting script, closing script；Control is searched according to the required memory of application, disk size
The qualified resource node of the resource using status of the resource node of component record is generated according to the applied compression packet and is applied
Deployment request is sent to the selected resource management component.
5. according to claim 4 apply dispositions method, which is characterized in that resource management component is received using deployment request
Afterwards, corresponding application runtime environment mirror image is searched according to the application runtime environment of user's selection；Pass through the application runtime environment
One container of image starting copies the applied compression packet in application deployment request to specified directory in the container, is holding
The decompression applied compression packet in device is searched and runs the starting script and disposes the application.
6. according to claim 1 apply dispositions method, which is characterized in that the management platform obtains answering for user's input
With title, the required memory space of setting application, uploads the code file of application and the request letter of application runtime environment is set
Breath, and it is sent to control assembly.
7. a kind of cloud computing system characterized by comprising
Platform is managed, for receiving the creation application request of user；
The control assembly being mounted in control node, for manage resource node, monitor resource node resource using status with
And the request of processing user；
The resource management component being mounted on resource node for installing container environment on resource node, and uploads preset
The starting script of application runtime environment mirror image and application receives the application deployment request that control assembly is sent, in the container ring
Corresponding application runtime environment mirror image is searched in border, and starts a container；By the application message copy in application deployment request
Into the container, runs the starting script and dispose the application；Wherein, the control assembly is asked according to creation application
Seek the code file for obtaining and applying；Made according to the resource that the required memory space of application searches the resource node of control assembly record
With state, select to load minimum resource node as the resource node of application deployment；And application section will be generated according to code file
Administration's request is sent to the resource management component of the resource node.
8. cloud computing system according to claim 7, which is characterized in that after application deployment success, the resource management
The newest resource using status information of the resource node is sent to control assembly, the resource of control assembly more new record by component
Use state information and the application that the deployment is shown by managing platform.
9. cloud computing system according to claim 8, which is characterized in that the management platform receives the creation application of user
Request.
10. cloud computing system according to claim 7, which is characterized in that the management platform obtains answering for user's input
With title, the required memory space of setting application, uploads the code file of application and the request letter of application runtime environment is set
Breath, and it is sent to control assembly.
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